International audienceOver the years, scientists have compiled and evaluated experimental results and combined these with theoretical studies with the goal of obtaining the best values, and their uncertainties, for the quantities related to radioactive decay. To meet the demand, an international group, the Decay Data Evaluation Project, was organised in 1995. The methodology adopted by this group is detailed. Some examples are given explaining how the final uncertainties are assessed from the experimental results and their uncertainties
The key papers on estimating the uncertainties in nuclear data deal with the influence of these unce...
Nuclear physics has a wide range of applications; e.g., low-carbon energy production, medical treatm...
The Nuclear Data and Measurement Series document results of studies in the field of microscopic nucl...
International audienceOver the years, scientists have compiled and evaluated experimental results an...
Half-life measurements of radionuclides are unjustly perceived as easy and the experimental uncertai...
The apparent tendency to underestimate the uncertainty of experimentally determined half-life values...
Evaluated nuclear data uncertainties reported in the literature or archived in data libraries are of...
International audienceOver the past years, an informal collaboration of decay-data evaluators has be...
A Co-ordinated Research Project (CRP) entitled "Updated Decay Data Library for Actinides" was initia...
The Decay Data Evaluation Project (DDEP), is an international collaboration of decay data evaluators...
The accurate prediction of the decay heat is essential, especially for nuclear power plant safety pu...
The applications of nuclear physics are many with one important being nuclear power, which can help ...
For the successful deployment of advanced nuclear systems and optimization of current reactor design...
In the last decade or so, estimating uncertainties associated with nuclear data has become an almost...
International audienceNowadays, reliance on nuclear models to interpolate or extrapolate between exp...
The key papers on estimating the uncertainties in nuclear data deal with the influence of these unce...
Nuclear physics has a wide range of applications; e.g., low-carbon energy production, medical treatm...
The Nuclear Data and Measurement Series document results of studies in the field of microscopic nucl...
International audienceOver the years, scientists have compiled and evaluated experimental results an...
Half-life measurements of radionuclides are unjustly perceived as easy and the experimental uncertai...
The apparent tendency to underestimate the uncertainty of experimentally determined half-life values...
Evaluated nuclear data uncertainties reported in the literature or archived in data libraries are of...
International audienceOver the past years, an informal collaboration of decay-data evaluators has be...
A Co-ordinated Research Project (CRP) entitled "Updated Decay Data Library for Actinides" was initia...
The Decay Data Evaluation Project (DDEP), is an international collaboration of decay data evaluators...
The accurate prediction of the decay heat is essential, especially for nuclear power plant safety pu...
The applications of nuclear physics are many with one important being nuclear power, which can help ...
For the successful deployment of advanced nuclear systems and optimization of current reactor design...
In the last decade or so, estimating uncertainties associated with nuclear data has become an almost...
International audienceNowadays, reliance on nuclear models to interpolate or extrapolate between exp...
The key papers on estimating the uncertainties in nuclear data deal with the influence of these unce...
Nuclear physics has a wide range of applications; e.g., low-carbon energy production, medical treatm...
The Nuclear Data and Measurement Series document results of studies in the field of microscopic nucl...